Stop Methane. Start Value.
High-Speed Aerobic Valorization of Organic Waste.

Biorobic converts organic waste into premium fertilizer or feed in days—while eliminating methane formation. Designed for AI data centers and enterprise campuses pursuing high-integrity, verifiable carbon reductions and circular resource use.

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Organic Food Waste
99.7%
Methane Avoidance
5 Days
Processing Time
60-70°C
Thermophilic
AMS-III.F
Verified Methodology

The Science Behind Biorobic

Advanced thermophilic aerobic fermentation technology that eliminates methane at the source

Thermodynamic Methane Suppression

Biorobic ART 2.0 leverages high-speed, thermophilic aerobic fermentation. By maintaining strictly aerobic, high-redox conditions with continuous aeration and agitation, methanogenic archaea are thermodynamically suppressed. Oxygen remains the terminal electron acceptor, preventing methane formation.

Synergistic Microbial Consortium: The Biorobic consortium includes 80 Bacillus species and 16 yeast strains. Bacillus provides a broad hydrolytic enzyme arsenal for rapid depolymerization, while yeasts drive exothermic aerobic respiration to elevate and sustain thermophilic temperatures.

This process accelerates the natural topsoil mineralization process in a sealed, vertical reactor. Aerobic metabolism keeps methanogens out of the picture—transforming waste into value in days, not months.

Biorobic ART 2.0 Biodigestor

Thermophilic Operation

Maintaining 60–70°C ensures rapid decomposition and pathogen elimination (e.g., E. coli, Salmonella).

Aerobic Fermentation

Continuous oxygen supply prevents methane and hydrogen sulfide production, ensuring odor-free operation.

Microbial Community

Optimized for Bacillus spores that enhance soil health and plant growth.

Enzyme Arsenal

Proteases, amylases, cellulases, and lipases for complete organic breakdown.

How Biorobic Works: The Engineering

A closed, controlled system designed for reliability, efficiency, and scale

5-Step Process to Zero Methane

Biorobic ART 2.0 is a closed, controlled system designed for reliability and scale. It turns methane risk into climate-grade credits through a series of engineered steps.

1

Hydrolysis

Bacillus secretes proteases, amylases, cellulases, and lipases, rapidly depolymerizing complex substrates.

2

Thermophilic Respiration

Yeasts oxidize simple sugars under aerobic conditions, generating heat to maintain 60–70°C.

3

Aeration & Agitation

Multistage blowers and hydraulic mixing sustain high redox potential and prevent anaerobic pockets.

4

Dewatering

Biological heat evaporates moisture—reducing from up to 75% to 10–40% with no external heat.

5

Stabilization

Final maturation phase ensures pathogen kill and produces a clean, baggable output.

Loading Organic Waste

Engineering Excellence

Odor-free, Sealed

Completely enclosed system prevents emissions and odors.

Pathogen & Weed Elimination

Thermophilic temperatures destroy harmful organisms and seeds.

Premium Byproduct

Rich in NPK and beneficial microbes for agricultural use.

Small Footprint

A typical unit occupies ~400 ft², ideal for on-site deployment.

Economic & Environmental Value

Multiple revenue streams from carbon credits, byproduct sales, and waste savings

Triple Bottom Line Impact

Biorobic generates value through multiple streams: carbon credits, byproduct sales, and waste disposal savings.

Baseline Emissions Formula:
BE = W × DOC × DOCF × F × (1 − OX) × MCF × GWPCH₄

Emission reductions are quantified via the avoidance of methane emissions from landfill decomposition of organic waste. Biorobic's aerobic process produces CO₂ and water, with minimal project emissions from electricity usage.

Ideal for tech campuses and AI data centers seeking high-quality offsets, circular resource use, and visible on-site impact. Avoids the biogas complexity of anaerobic systems.

Technology Comparison

  • Landfill: High methane, low energy, no credits
  • Passive Compost: Medium methane, low energy, limited credits
  • Anaerobic Digestion: Captured methane, medium energy, CH₄ handling risk
  • Biorobic ART 2.0: No methane, low energy, high-integrity credits

Revenue Streams

Carbon Credits

Verified under AMS-III.F (Verra/CDM) for high-integrity offsets.

Byproduct Revenue

Premium fertilizer/feed sales provide additional income.

Waste Diversion

Reduce landfill tipping fees and associated transport costs.

Operational Efficiency

Automated control, small footprint, scalable modules.

Carbon Impact & Revenue Calculator

Estimate methane avoidance, carbon credits, and potential revenue based on your waste stream

Input Parameters

tons/day
$/tCO₂e
tCO₂e/MWh
kWh/tonne

Estimated Annual Impact

Waste Processed
5,110 t
Baseline Emissions
1,916 tCO₂e
Project Emissions
0.3 tCO₂e
Net Carbon Reductions 1,916 tCO₂e
99.7% Methane Avoidance

Annual Revenue Potential

Conservative
$25,718
Expected
$28,735
Optimistic
$31,752

Ready to turn waste into verified climate impact?

Contact us to validate site-specific data and start generating high-integrity carbon credits.

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